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    • 45. 发明授权
    • Make-and-break mechanism for circuit breaker
    • 断路器的断路机构
    • US06229414B1
    • 2001-05-08
    • US09631478
    • 2000-08-03
    • Kentaro ToyamaNaoshi UchidaTatsunori TakahashiKoji NomuraKatsunori KuboyamaKoji AsakawaTakumi FujihiraHisao KawataHiroaki Tosaka
    • Kentaro ToyamaNaoshi UchidaTatsunori TakahashiKoji NomuraKatsunori KuboyamaKoji AsakawaTakumi FujihiraHisao KawataHiroaki Tosaka
    • H01H7312
    • H01H71/46H01H71/54
    • In a make-and-break mechanism for use in a circuit breaker, an alarm output plate 56, which is disposed so as to be slidable in the vertical direction along the frame (cover plate) 27 of the make-and-break mechanism, is secured to the engaging projection 27d of the cover plate 27 through a pair of right and left guide holes 57 formed therein. At the same time, one end of a handle spring 59, which, in the trip operation, is used to rotate an operation handle 26 to a trip display position, is caught on the alarm output plate 56. In case where a latch receiver 47 is driven or rotated by the overcurrent detect portion of the make-and-break mechanism and the secured condition of a latch is thereby removed, the electric circuit of the circuit breaker is broken due to the stored energy of a main spring 64 and, in this case, the alarm output plate 56 is driven or slided in the lateral direction and thus the secured condition of the alarm output plate 56 is removed, so that the alarm output plate 56 is driven in the upward direction due to the spring force of the handle spring 59 to thereby operate an alarm contact.
    • 在用于断路器的断路机构中,沿着制动和断开机构的框架(盖板)27沿垂直方向设置的报警输出板56, 通过形成在其中的一对左右引导孔57固定到盖板27的接合突起27d。 同时,在跳闸操作中用于将操作手柄26旋转到跳闸显示位置的手柄弹簧59的一端被卡在报警输出板56上。在闩锁接收器47 由制动中断机构的过电流检测部驱动或旋转,由此闩锁的固定状态被去除,断路器的电路由于主弹簧64的存储能量而损坏,并且在 在这种情况下,报警输出板56沿横向被驱动或滑动,从而消除了报警输出板56的固定状态,使得报警输出板56由于弹簧的力 手柄弹簧59,从而操作报警触点。
    • 47. 发明授权
    • Photosensitive composition
    • 感光组合物
    • US5691101A
    • 1997-11-25
    • US644395
    • 1996-05-09
    • Toru UshirogouchiNaomi ShidaTakuya NaitoKoji AsakawaAkinori HonguMakoto NakaseHirokazu Niki
    • Toru UshirogouchiNaomi ShidaTakuya NaitoKoji AsakawaAkinori HonguMakoto NakaseHirokazu Niki
    • G03F7/004G03F7/021G03F7/038G03F7/039G03F7/023
    • G03F7/039G03F7/0045G03F7/0215G03F7/038Y10S430/107Y10S430/11Y10S430/111
    • Disclosed are a safe slurry photosensitive composition superior in image formation capabilities such as resolution and sensitivity and containing no harmful compound, and a safe water-soluble photosensitive composition capable of being dissolved in water without using any organic solvent while maintaining a sufficient sensitivity as a resist and containing no harmful substance. The slurry photosensitive composition contains a compound which generates an acid when irradiated with light or ionizing radiation, at least one type of a resin with acid-crosslinkability or acid-decomposability, and a powder. Various devices can be manufactured by forming a layer of this photosensitive composition on a substrate, exposing the layer to light in accordance with a desired pattern, and heating the layer. The water-soluble photosensitive composition contains a compound which generates an acid when irradiated with light or ionizing radiation, and an acetal resin. This water-soluble photosensitive composition is coated on a substrate and irradiated with light or ionizing radiation in accordance with a desired pattern. The resultant substrate is chemically amplified by heating and developed with water. This makes it possible to safely form a pattern without using any ventilator.
    • 公开了一种安全的浆料感光性组合物,其成像能力如分辨率和灵敏度优异且不含有害化合物,以及能够在不使用任何有机溶剂的情况下溶解在水中的安全的水溶性光敏组合物,同时保持足够的灵敏度作为抗蚀剂 不含有害物质。 浆料光敏组合物含有当用光或电离辐射照射时产生酸的化合物,至少一种具有酸交联性或酸分解性的树脂和粉末。 可以通过在基板上形成这种感光性组合物的层来制造各种装置,根据期望的图案将该层曝光,并加热该层。 水溶性光敏组合物含有当用光或电离辐射照射时产生酸的化合物和缩醛树脂。 将该水溶性感光性组合物涂布在基材上,并根据期望的图案用光或电离辐射照射。 所得到的底物通过加热化学放大并用水显影。 这使得可以安全地形成图案而不使用任何呼吸机。
    • 48. 发明授权
    • Rechargeable electrical device
    • 充电电器
    • US09231417B2
    • 2016-01-05
    • US14342699
    • 2012-06-12
    • Kazunori WatanabeKoji Asakawa
    • Kazunori WatanabeKoji Asakawa
    • H02J7/16H02J7/00H02J7/04H01M10/44
    • H02J7/0029H01M10/448H01M2220/30H02J7/007H02J7/04H02J2007/0037
    • The charging current value in the first trickle charge after the rapid charge is differentiated from the charging current value in the second and subsequent trickle charge. Thus, for example, in the first trickle charge, charging can be performed with the charging current value required to simultaneously activate and charge an inactive battery. In the second and subsequent trickle charge, charging can be performed with the charging current value required to compensate for self-discharge of a rechargeable battery. By charging the battery with the charging current value required to compensate for self-discharge of the battery in the second and subsequent trickle charge, power consumption required to charge the battery can be reduced, compared to the case where the trickle charge is continued with a constant charging current value required to simultaneously activate and charge the inactive battery, as the conventional device.
    • 在快速充电之后的第一涓流充电中的充电电流值与第二次和随后的涓流充电中的充电电流值不同。 因此,例如,在第一涓流充电中,可以以同时激活并对不活动电池充电所需的充电电流值进行充电。 在第二次和随后的涓流充电中,可以利用补偿可再充电电池的自放电所需的充电电流值进行充电。 通过在第二次和随后的涓流充电中以补偿电池的自放电所需的充电电流值对电池充电,与使用电池继续进行涓流充电的情况相比,可以减少对电池充电所需的功耗 恒定的充电电流值,同时激活和充电非活性电池,如传统的设备。